Morphological and anatomical analysis of skeletal anomalies in demersal fishes of Antalya Bay, Türkiye

This study reveals novel skeletal deformities in two marine fish species (Nemipterus randalli and Pomadasys stridens) from Antalya Bay, Türkiye, linking them to potential impacts on locomotion and ecological fitness. Major abnormalities include pectoral fin absence, saddleback syndrome, and nasal defects. This study establishes the critical relevance of documenting fish deformities as a powerful and sensitive tool for monitoring ecosystem health. The study advocates for integrating imaging technologies into ecological monitoring to detect hidden stressors affecting marine life. By understanding how deformities influence movement and survival, scientists can better evaluate anthropogenic impacts on fish populations. These insights advance the use of morphological abnormalities as sensitive indicators of ecosystem health, supporting more proactive marine conservation strategies.

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Publication Details

Journal
The Anatomical Record
Published
2025-10-09
DOI
https://doi.org/10.1002/ar.70067
Citations
1
Primary Topic
Fish Biology and Ecology Studies
Type
article
Field-Weighted Citation Impact
2.27
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article

Morphological and anatomical analysis of skeletal anomalies in demersal fishes of Antalya Bay, Türkiye

Sali̇m Serkan Güçlü, Laith A. Jawad, Deniz İnnal
1 citations
The Anatomical Record
Fish Biology and Ecology Studies
2.27
article

Morphological and anatomical analysis of skeletal anomalies in demersal fishes of Antalya Bay, Türkiye

Sali̇m Serkan Güçlü, Laith A. Jawad, Deniz İnnal
article en
1 citations

Abstract

This study reveals novel skeletal deformities in two marine fish species (Nemipterus randalli and Pomadasys stridens) from Antalya Bay, Türkiye, linking them to potential impacts on locomotion and ecological fitness. Major abnormalities include pectoral fin absence, saddleback syndrome, and nasal defects. This study establishes the critical relevance of documenting fish deformities as a powerful and sensitive tool for monitoring ecosystem health. The study advocates for integrating imaging technologies into ecological monitoring to detect hidden stressors affecting marine life. By understanding how deformities influence movement and survival, scientists can better evaluate anthropogenic impacts on fish populations. These insights advance the use of morphological abnormalities as sensitive indicators of ecosystem health, supporting more proactive marine conservation strategies.

The Anatomical RecordVol. 309(3)
Iraqi University (IQ), Isparta University of Applied Sciences (TR), Burdur Mehmet Akif Ersoy Üniversitesi (TR), Unitec Institute of Technology (NZ)
Openalex Percentile: Top 10%
Fish Biology and Ecology Studies
2.27
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